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(Qiskit, Cirq, etc.) - Fault-tolerant topological quantum computation - Quantum error correction - Topological / neutral-atom quantum computer & simulator platforms [Numerical & Computational Methods
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of the following areas: - Quantum computing-specific: o Error-correcting codes o Lattice surgery o Surface codes o Resource estimation o Homology o Circuit design/algorithms - Mentorship - Open-source software
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in areas related to quantum information theory, quantum error correction, and machine learning. The position will start in fall 2026 and will be for two years, with a possible 1-year extension pending
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to the development new techniques for trapping and manipulating atoms, as well as studies of systematic errors in tweezer array atomic clocks. The successful candidate will be required to take a lead role in all
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Genome Curation Assistant (Jarvis ): an AI system that combines modern machine learning approaches with large-scale biological data to automate genome curation by detecting, interpreting, and correcting
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modern machine learning approaches with large-scale biological data to automate genome curation by detecting, interpreting, and correcting structural errors, reducing manual effort from weeks to minutes
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, ideas, and expertise to various ongoing and new projects. Some of the research areas we are exploring include: Internal error correction mechanism of motor circuits. Integration of visuo-acoustic sensory
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, fault-tolerant quantum computing. The specific focus of this position will be on the theoretical design of quantum platforms and models to improve upon existing error correcting codes, while leveraging
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your enthusiasm, ideas, and expertise to various ongoing and new projects. Some of the research areas we are exploring include: The role of motor experience in plasticity and error correction in
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include quantum phases of matter, quantum computing, quantum error correction, non-equilibrium physics, critical phenomena, open quantum systems, and quantum simulation. This is a full-time position for